IRepair of industrial radial ventilators, fan wheels, blower impellers, stainless steel ventilators, combustion pressure blowers, high temperature industrial ventilators, material handling blower fnas, paddle radial ventilators / fans, high temperature oven ventilators, compact blowers, blowoff fans blowers, blower blade impellers, SST blowers & fans, wall exhaust blowers, duct ventilators, roof / wall supply ventilators, industrial high pressure ventilators, stainless ventilators, explosion-proof fans, replacement ventilators. ndustrial process and OEM heat exchangers - steel / copper / aluminum industrial finned coils for process heating and cooling. Quick ship of large industrial steam / hot water / cold water heating and cooling finned coils / heat exchangers.
industrial heat exchangers

 

 

 
HEAT EXCHANGERS
 

Steam Coils

Our standard steam (STD) and steam distributing (SD) coil models are used in a variety of heating and drying applications. Our standard steam coil is designed to handle large amounts of steam and provide quick condensate removal. Our steam distributing coil is ideal to handle steam that is being modulated and/or if the air entering the coil is below freezing.

 

These custom, heavy-duty designs are rated to 300 PSIG or higher and are made of cupro-nickel, carbon steel or stainless steel construction. We can provide 5/8" OD or 1" OD tubes, tube wall thickness of up to .109" and fin thickness up to .020" on certain materials. These coils are designed to accommodate thermal expansion and contraction of the coil from high temperature and pressure applications and can be built for various mounting and connection orientations.

 

 

Chilled Water / Glycol / Brine
/ Hot Water / Thermal Oil Coils

We can design and manufacture coils that are ideal for a wide variety of basic, custom and heavy-duty industrial applications to cool air or gas for comfort, dehumidification, dry cooling, solvent removal and other cooling applications. In addition, we can also produce coils that are perfect for accommodating the rigors of higher temperature applications such as preheating, drying, heat treatment, heat recovery and/or removal.

 

 
We have been a custom coil manufacturer for over 70 years and have built a solid reputation by delivering precisely what our customers' applications require...no matter how special. We provide intercoolers, desuperheaters, heat recovery, cyrogenic, multi-staged, cascade, flooded, direct expansion and many other types of special coils. We combine a wide variety of materials, fin and tube patterns and coil styles to design and manufacture products for many unique and difficult applications.

 

 
We can design and build multiple coils in the same casing, use exotic materials and fabricate unusual header and connection arrangements. In addition, our engineers have the expertise to design coils for difficult environments including heat recovery systems that use hot, corrosive exhaust gases as the heat source. Finally, as with our refrigerant product line, we can work with many of the new and special refrigerants such as ammonia and R-123

 

 

Like our evaporator product line, our condenser coils have been designed to accommodate many of the new and special refrigerants on the market including ammonia and R-123. In addition, we have increased the durability of our condenser coils against thermal expansion, high operating pressures, vibration and being mounted outdoors.

 

 
Evaporators / Direct Expansion (DX) Coils

Like our condenser product line, our condenser coils have been designed to accommodate many of the new and special refrigerants on the market including ammonia and R-123. Our coils are available for a wide range of applications from comfort cooling and dehumidification to ultra-low temperature refrigeration, freezing and solvent vapor stripping.

Our evaporators are "Custom to the Core" just like all our products. We can provide numerous optional fin surfaces and tube sizes to minimize frost and refrigerant charge and to save space while reducing weight. We also have the capability of manufacturing 100% stainless steel or aluminum coils in order to provide increased durability against the harsh cleaning requirements of food and clean room processes.

 

 
 
 

 

 

 

 

 

 

 

 
OEM coil
 
OEM finned coil
 
finned water coil
 
finned steam coil
 
industrial process coil
 
 
 
industrial process heat exchanger
 
industrial cooilng coil
 









Distributors of industrial process and OEM fans and blowers, high temperature blowers, high pressure fans & ventilators. Delivery from stock of centrifugal and axial process fans, blowers, ventilators and humidifyers.
There may be rooms or areas within the building that will require special ventilation treatment. If so, one of the other methods, such as spot cooling or zone cooling, may be combined with the basic method to achieve the over-all objectives.

Air circulators may be effectively used to boost air velocity through large buildings that have a flow pattern difficult to control. Air circulators are also used to redirect air into occupied areas near floor level. Air circulators are also effectively used in locations where adequate exhaust and supply air fans may be lacking. Air circulation alone may provide heat relief and cooling comfort to individuals in the area. Ventilating Fan's Type CABL fan is ideally suited to this application. For many installations, fans like this may be positioned 8' to 10' above the floor and at approximately 50' intervals to obtain a continuously circulating column of air across a room or building. To broaden the column of air, fans should be located abreast of each other 15' to 20' apart. Fan locations and positions are easily adjusted to the requirements of the area.

Although an accurate, intelligent calculation of the required air volume for a breeze conditioning system has been made, there are practical limitations in most buildings that may seriously affect the final results. By giving these limitations proper consideration in the planning stage, the system can usually be modified to compensate for them. Some of the more common limitations are listed here.

It is obvious that interior partitions restrict and interrupt the flow of air through a structure. The effect of these partitions on the system must be analyzed and solutions found. In buildings with very high ceilings. the cross-sectional area factor may become unrealistic in calculating the required air volume. In most instances, inexpensive baffles can be installed across the building width to reduce the effective cross-section to an area 10' or 12' above floor level. Machinery, raw materials and finished goods that obstruct air circulation. These obstacles, like interior partitions, must be considered and methods worked out to overcome the problems they create to the proper circulation of air through the structure. Frequently, the location of heat-producing machinery will seriously interfere with the preferred pattern of air circulation. This situation can destroy the effectiveness of the system. An alternative plan to overcome the problem is essential.

Another limitation of the very high ceiling or roof is the difficulty of maintaining the air velocity near floor level. The baffle method just described is usually the best way to reconcentrate the air flow along the floor level where it will be effective in providing personnel comfort. In large buildings, baffles may be required at l00-foot intervals to keep air flow near the floor level.

Operations within the area frequently require wall openings or loading doors that will drastically interfere with the desired airflow pattern. In some cases, individuals may open windows that should remain closed to maintain effective air circulation. A remedy for each of these problems is required. For maximum efficiency and economy, a good layout will avoid the restricted intake opening. The type of exhaust equipment normally utilized is most economical and efficient if static pressure in the system is 1/8" or less. To obtain this condition, air velocity through intake openings should not exceed 1,000 feet per minute, a lower figure is usually desirable.